Results 111 to 120 of about 623,284 (221)
Simulation of infinitely divisible random fields
Two methods to approximate infinitely divisible random fields are presented. The methods are based on approximating the kernel function in the spectral representation of such fields, leading to numerical integration of the respective integrals.
Karcher, Wolfgang +2 more
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Jellett-Minkowski's formula revisited. Isoperimetric inequalities for submanifolds in an ambient manifold with bounded curvature [PDF]
Vicent Gimeno
openalex +1 more source
L p bounds for rough parabolic maximal operators. [PDF]
Ali M, Katatbeh Q.
europepmc +1 more source
Bootstrap tests for unit root AR(1) models [PDF]
In this paper, we propose bootstrap tests for unit roots in first-order autoregressive models. We provide the bootstrap functional limit theory needed to prove the asymptotic validity of these tests both for independent and autoregressive errors; in this
Ferretti, Nélida, Romo, Juan
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Transference for radial multipliers and dimension free estimates
For a large class of radial multipliers on $ {L^p}({{\mathbf{R}}^{\mathbf{n}}})$, we obtain bounds that do not depend on the dimension n. These estimates apply to well-known multiplier operators and also give another proof of the boundedness of the Hardy-
Auscher, Pascal, 1963- +1 more
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Generalizations of the Brunn–Minkowski inequality
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
openaire +1 more source
Minkowski space-time and hyperbolic geometry
It has become generally recognized that hyperbolic (i.e. Lobachevskian) space can be represented upon one sheet of a two-sheeted cylindrical hyperboloid in Minkowski space-time.
Barrett, John
core
A functional generalization of diamond-α integral Minkowski's type inequality on time scales [PDF]
Guang-Sheng Chen, Pin Wang
openalex +1 more source
Extensions of Brunn-Minkowski's inequality to multiple matrices [PDF]
Yongtao Li, Lihua Feng
openalex +1 more source
A Bootstrap Invariance Principle for Highly Nonstationary Long Memory Processes [PDF]
This paper presents an invariance principle for highly nonstationary long memory processes, defined as processes with long memory parameter lying in (1, 1.5).
George Kapetanios
core

